Imaging of Pediatric Brain Tumors

[@hamzacayli4874]

Very well prepared. Thanks

[@wshbr-k8m]

What a wonderful overview on this complicated topic! Thank you so very much!!!

[@Amz1217]

Really great video, nicely presented and organised

[@venkatraamudu]

Thank you so much Dr Sven😊. I've cleared my board exams 😇. Thank you so much for your support, valuable information, time and kindness 💟

[@theneuroradiologist]

You did all the work, my friend, I'm real happy for you! Congratulations, well deserved!

[@venkatraamudu]

@@theneuroradiologist Tbh I've learnt through your tutorials and definitely you deserve that credit 😇

[@MrAnikethan]

Very good presentation 😊

[@Jae-YeonHwang]

What a fantastic lecture! It's really practical for daily practice.

[@mcat1067]

AMAZING!

[@sivasidhanth3203]

Sir, beautiful lecture as usual, making things simple and crisp. I had a doubt; isnt engulfed calcifications seen in germinoma/teratoma and peripheral calcification in pineoblastoma? (pineoblastoma blasts calcification).

[@theneuroradiologist]

yes, that's correct, did I err in the presentation? If so, could you point out the time point to me, I'll try to correct it

[@sivasidhanth3203]

1:12:11

[@theneuroradiologist]

@@sivasidhanth3203 I see what you mean, the point is that calcifications often look "burst" towards the periphery of the tumor in primary pineal gland tumors, while in germ cells tumors they tend to remain localized and are often engulfed by the tumor. In the case you see there it's a germ cell tumor with an excentrically located clump of calcifications, it is not completely engulfed, but nothing is 100% in radiology. The calcifications are definitely not "burst" or "scattered" to the peripherey, as we see on that slide in the patient with pineoblastoma so it's still a more typical pattern for germ cell tumors.

[@sivasidhanth3203]

Oh okay sir, got it! Thank you😊

[@sulafajerew4369]

Great lecture. Thank you so much

[@CosminPricope-m6z]

Stunning!!

[@shiorambo3386]

great content..thank you

[@rileylovegoodzpt5296]

really helpful！ I especially focused on the H3K27M DMG, and found myself a little bit leaking the knowledge of the T1 and T2 MRI🤣, going back and checking them again.

[@ritishgupta4136]

Thank you

[@indeyin1928]

Thankyou🎉

[@DanaiChourmouzi]

congrats

[@CastPod101]

30:51